void L3_format_bitstream( int l3_enc[2][2][samp_per_frame2], L3_side_info_t *l3_side)
{
int main_bytes;
encodeSideInfo( l3_side ); /* store in fifo */
main_bytes = encodeMainData( l3_enc, l3_side );
/* send data */
by = 0;
while(main_bytes)
{
if (!count)
{ /* end of frame so output next header/sideinfo */
putbytes(fifo[rd].side, fifo[rd].si_len);
count = fifo[rd].fr_len;
if(++rd == FIFO_SIZE) rd = 0; /* point to next header/sideinfo */
}
if(main_bytes <= count)
{ /* enough room in frame to output rest of main data, this will exit the while loop */
putbytes(&main_[by],main_bytes);
count -= main_bytes;
main_bytes = 0;
}
else
{ /* fill current frame up, start new frame next time around the while loop */
putbytes(&main_[by],count);
main_bytes -= count;
by += count;
count = 0;
}
}
}
void shine_format_bitstream(shine_global_config *config)
{
int gr, ch, i;
for (ch = 0; ch < config->wave.channels; ch++)
for (gr = 0; gr < config->mpeg.granules_per_frame; gr++)
{
int *pi = &config->l3_enc[ch][gr][0];
int32_t *pr = &config->mdct_freq[ch][gr][0];
for (i = 0; i < GRANULE_SIZE; i++)
{
if ((pr[i] < 0) && (pi[i] > 0))
pi[i] *= -1;
}
}
encodeSideInfo(config);
encodeMainData(config);
}
void III_format_bitstream( int bitsPerFrame,
frame_params *in_fr_ps,
int l3_enc[2][2][576],
III_side_info_t *l3_side,
III_scalefac_t *scalefac,
double (*xr)[2][576],
char *ancillary,
int ancillary_bits )
{
int gr, ch, i, mode_gr;
fr_ps = in_fr_ps;
stereo = fr_ps->stereo;
mode_gr = 2;
if ( !PartHoldersInitialized )
{
headerPH = initBitHolder( &sFrameData.header, 16*2 );
frameSIPH = initBitHolder( &sFrameData.frameSI, 4*2 );
for ( ch = 0; ch < MAX_CHANNELS; ch++ )
channelSIPH[ch] = initBitHolder( &sFrameData.channelSI[ch], 8*2 );
for ( gr = 0; gr < MAX_GRANULES; gr++ )
for ( ch = 0; ch < MAX_CHANNELS; ch++ )
{
spectrumSIPH[gr][ch] = initBitHolder( &sFrameData.spectrumSI[gr][ch], 32*2 );
scaleFactorsPH[gr][ch] = initBitHolder( &sFrameData.scaleFactors[gr][ch], 64*2 );
codedDataPH[gr][ch] = initBitHolder( &sFrameData.codedData[gr][ch], 576*2 );
userSpectrumPH[gr][ch] = initBitHolder( &sFrameData.userSpectrum[gr][ch], 4*2 );
}
userFrameDataPH = initBitHolder( &sFrameData.userFrameData, 8*2 );
PartHoldersInitialized = 1;
}
#if 1
for ( gr = 0; gr < mode_gr; gr++ )
for ( ch = 0; ch < stereo; ch++ )
{
int *pi = &l3_enc[gr][ch][0];
double *pr = &xr[gr][ch][0];
for ( i = 0; i < 576; i++, pr++, pi++ )
{
if ( (*pr < 0) && (*pi > 0) )
*pi *= -1;
}
}
#endif
encodeSideInfo( l3_side );
encodeMainData( l3_enc, l3_side, scalefac );
write_ancillary_data( ancillary, ancillary_bits );
if ( l3_side->resvDrain )
drain_into_ancillary_data( l3_side->resvDrain );
sFrameData.frameLength = bitsPerFrame;
sFrameData.nGranules = mode_gr;
sFrameData.nChannels = stereo;
writeFrame( &sFrameData, &sFrameResults );
/* we set this here -- it will be tested in the next loops iteration */
l3_side->main_data_begin = sFrameResults.nextBackPtr;
}
